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computational approaches to uncover novel biomarkers and therapeutic strategies for CNS disorders. Key Responsibilities: Develop and implement algorithms for multimodal image fusion, combining data from MRI, PET
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thereafter. The position will be available for a 3-year period. You will be part of a research environment focusing on developing precise solutions for climate resilience in agriculture across EU Boreal region
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and scientists from the Dundee Drug Discovery Unit (DDU) (www.drugdiscovery.dundee.ac.uk/) and GSK Global Health Medicines R&D to facilitate the discovery and development of new drugs for invasive
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across key developmental windows. Mechanism-driven therapeutics: We will develop therapeutic strategies based on antisense oligonucleotides, genome engineering and small molecules. Our goal is to translate
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have the opportunity to develop your projects based on your existing experience and your own career goals. The project entails: -in vivo imaging of enteric neuronal activity, and immune responses
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Postdoctoral position in structural and biophysical analysis of plant hormone transporters within...
environment, offering excellent opportunities for training, exchange, and scientific development. We are hosted by the Department of Molecular Biology and Genetics, within the central campus of Aarhus
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We are a young, innovative university in the middle of the Ruhr Metropolis. Excellent in research and teaching, we think in terms of possibilities instead of limits and develop ideas with a future
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of teaching and research, the FSTM seeks to generate and disseminate knowledge and train new generations of responsible citizens in order to better understand, explain and advance society and environment we
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SD-25157 RESEARCHER IN ATMOSPHERIC PLASMA TREATMENT OF METALLIC SURFACES FOR INDUSTRIAL APPLICATIONS
combination of plasma diagnostics (e.g. OES) and surface characterization techniques (FTIR, SIMS, XPS), the project seeks to develop a scientifically grounded, scalable plasma treatment process. The outcome
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repeater based quantum internet. To this end, our overall goal is to develop quantum nanophotonic chips, in which colour centres are used for interference exepriments to mediate entanglement between distant